At present, the growth of demand in the industrial sector has driven the development of high-power lasers on a global scale. High-power burning laser industrial applications can be divided into macro processing and micro-processing. Macro processing includes cutting, welding and marking applications. Micro-processing mainly includes semiconductor, printed circuit boards, flat panel displays and solar cells and other production areas.
In recent years, innovation in the design and manufacturing process of laser diodes has created more benefits for the cost and reliability of high-power laser systems. Compact size, high photoelectric conversion efficiency, low power consumption of laser demand soared. At the same time, with the semiconductor high power laser pointer materials and installation technology improvements, semiconductor laser market is expected in the cutting and welding materials processing areas will continue to expand. In addition, the innovative optical combination program will also provide additives for the laser market.
Tube cutting applications are the most prominent in the global market for fiber lasers, mainly due to the increasing proportion of products in cardiovascular stent production, because these lasers have unlimited cutting configurations, lower production costs and the ability to eliminate stacking tolerances. Other potential and top panels also include 3D cutting, flat cutting and powertrain applications. Fiber laser have excellent beam steering capabilities that are increasingly being used in 3D cutting applications, while the advantages of flat cutting include the need for closer focusing spot size, higher depth of focus, faster processing Speed and greater working distance, thereby reducing workpiece tolerances.
On the application side, 2016, refractive surgery market occupies the 5000mw laser pointer series of the largest share of income, about 70%. The product in the cataract surgery, cystectomy, laser trabecular plasty and other fields also received the fastest growth. Among them, the cataract surgery market is the second largest application of excimer lasers and femtosecond laser systems. In terms of the region, North America will continue to maintain its leading market position, with 2016 percent of the excimer and femtosecond laser systems totaling $ 217 million, or more than 30 percent of the market. Western Europe will continue to promote the application of the product. In addition, the continuous improvement of the medical infrastructure in the Asia-Pacific region is also expected to provide a large number of development opportunities for these products.
It is noteworthy that although sales are difficult to climb, but the projector in recent years, a single product price decline is very obvious, so the two together, in fact, the projection market, the total profit growth is not so optimistic. So 2016 is a very intense competition year, although the new light sources such as LED and 1000mw laser pointer gradually mature to the market has brought a new dawn, but the market environment is not a significant improvement, if you can not expand the market share, New light source of the product is bound to go into the price of the old road competition. So in the long run, the laser light source can bring the stimulus to the projection market out of the difficulties, it is difficult to predict.
Technological progress, environmental protection and the realization of high beam quality at lower cost and other factors to drive the development of the market, to promote fiber laser systems become marking and cutting applications attractive choice. The advent of ultrafast and multi-core fiber laser and the continued growth of fiber lasers in micro-cutting, 3D micro-milling, blind hole processing, optical pumping, scribing, surface treatment and micro-applications drives the global market expansion. Fiber 3000mw laser pointer solutions that are easy to automate and save energy are increasingly replacing traditional methods for mechanical marking, such as chemical etching and ink printing.